Find the maximum value and minimum value in milesTracker. Assign the maximum value to maxMiles, and the minimum value to minMiles. Sample output for the given program:
Min miles: -10
Max miles: 40
Here's what I have so far:
import java.util.Scanner;
public class ArraysKeyValue {
public static void main (String [] args) {
final int NUM_ROWS = 2;
final int NUM_COLS = 2;
int [][] milesTracker = new int[NUM_ROWS][NUM_COLS];
int i = 0;
int j = 0;
int maxMiles = 0; // Assign with first element in milesTracker before loop
int minMiles = 0; // Assign with first element in milesTracker before loop
milesTracker[0][0] = -10;
milesTracker[0][1] = 20;
milesTracker[1][0] = 30;
milesTracker[1][1] = 40;
//edit from here
for(i = 0; i < NUM_ROWS; ++i){
for(j = 0; j < NUM_COLS; ++j){
if(milesTracker[i][j] > maxMiles){
maxMiles = milesTracker[i][j];
}
}
}
for(i = 0; i < NUM_ROWS; ++i){
for(j = 0; j < NUM_COLS; ++j){
if(milesTracker[i][j] < minMiles){
minMiles = milesTracker[i][j];
}
}
}
//edit to here
System.out.println("Min miles: " + minMiles);
System.out.println("Max miles: " + maxMiles);
}

Answer:

Here is the TeeShirt class:

public class TeeShirt{  //class name

   private int orderNumber;  // private member variable of type int of class TeeShirt to store the order number

   private String size;  // to store the size of tshirt

   private String color;  //  to store the color of shirt

   private double price;  // to store the price of shirt

   public void setOrderNumber(int num){  //mutator method to set the order number

       orderNumber = num;     }    

   public void setColor(String color){  //mutator method to set the color

       this.color = color;        }      

     public void setSize(String sz){  //mutator method to set the shirt size

   size = sz;  

   if(size.equals("XXXL") || size.equals("XXL")){  //if shirt size is XXL or XXXL

       price = 22.99;  // set the price to 22.99 if shirt size is XXL or XXXL

   }else{  //for all other sizes of shirt

       price = 19.99;     }  }  //sets the price to 19.99 for other sizes

   public int getOrderNumber(){  //accessor method to get the order number stored in orderNumber field

       return orderNumber;     }  //returns the current orderNumber

   public String getSize(){  //accessor method to get the size stored in size field

       return size;     }  //returns the current size

   public String getColor(){  //accessor method to get the color stored in color field

       return color;     }  //returns the current color

   public double getPrice(){  //accessor method to get the price stored in price field

       return price;      }  } //returns the current price

Explanation:

Here is the sub class CustomTee:

public class CustomTee extends TeeShirt {  //class CustomTee that inherits from class TeeShirt

private String slogan;   //private member variable of type String of class CustomTee to store slogan

public void setSlogan(String slgn) {  //mutator method to set the slogan

slogan = slgn; }

public String getSlogan() {  //accessor method to get the slogan stored in slogan field

return slogan;}  } //returns the current slogan

Here is DemoTees.java

import java.util.*;

public class DemoTees{  //class name

public static void main(String[] args)  {  //start of main method

TeeShirt tee1 = new TeeShirt();  //creates object of class TeeShirt named tee1

TeeShirt tee2 = new TeeShirt(); //creates object of class TeeShirt named tee2

CustomTee tee3 = new CustomTee(); //creates object of class CustomTee named tee3

CustomTee tee4 = new CustomTee();  //creates object of class CustomTee named tee4

tee1.setOrderNumber(100);  //calls setOrderNumber method of class TeeShirt using object tee1 to set orderNumber to 100

tee1.setSize("XXL");  //calls setSize method of class TeeShirt using object tee1 to set size to XXL

tee1.setColor("blue");  //calls setColor method of class TeeShirt using object tee1 to set color to blue

tee2.setOrderNumber(101);  //calls setOrderNumber method of class TeeShirt using object tee2 to set orderNumber to 101

tee2.setSize("S");  //calls setSize method of class TeeShirt using object tee2 to set size to S

tee2.setColor("gray");  //calls setColor method of class TeeShirt using object tee2 to set color to gray

tee3.setOrderNumber(102);   //calls setOrderNumber method of class TeeShirt using object tee3 of class CustomTee to set orderNumber to 102

tee3.setSize("L");  //calls setSize method of class TeeShirt using object tee3 to set size to L

tee3.setColor("red");  //calls setColor method of class TeeShirt using object tee3 to set color to red

tee3.setSlogan("Born to have fun");  //calls setSlogan method of class CustomTee using tee3 object to set the slogan to Born to have fun

tee4.setOrderNumber(104);  //calls setOrderNumber method of class TeeShirt using object tee4 of class CustomTee to set orderNumber to 104

tee4.setSize("XXXL");  //calls setSize method to set size to XXXL

tee4.setColor("black");  //calls setColor method to set color to black

tee4.setSlogan("Wilson for Mayor");  //calls setSlogan method to set the slogan to Wilson for Mayor

display(tee1);  //calls this method passing object tee1

display(tee2);  //calls this method passing object tee2

displayCustomData(tee3);  //calls this method passing object tee3

displayCustomData(tee4);  }   //calls this method passing object tee4

public static void display(TeeShirt tee) {  //method display that takes object of TeeShirt as parameter

System.out.println("Order #" + tee.getOrderNumber());  //displays the value of orderNumber by calling getOrderNumber method using object tee

System.out.println(" Description: " + tee.getSize() +  " " + tee.getColor());  //displays the values of size and color by calling methods getSize and getColor using object tee

System.out.println(" Price: $" + tee.getPrice()); }  //displays the value of price by calling getPrice method using object tee

public static void displayCustomData(CustomTee tee) {  //method displayCustomData that takes object of CustomTee as parameter

display(tee);  //displays the orderNumber size color and price by calling display method and passing object tee to it

System.out.println(" Slogan: " + tee.getSlogan());  } } //displays the value of slogan by calling getSlogan method using object tee

In this exercise we have to use the knowledge in computational language in JAVA to write the following code:

We have the code can be found in the attached image.

So in an easier way we have that the code is

public class TeeShirt{  

  private int orderNumber;

  private String size;  

  private String color;

  private double price;  

  public void setOrderNumber(int num){  

      orderNumber = num;     }    

  public void setColor(String color){  

      this.color = color;        }  

    public void setSize(String sz){  

  size = sz;  

  if(size.equals("XXXL") || size.equals("XXL")){  

      price = 22.99;  

  }else{

      price = 19.99;     }  }

  public int getOrderNumber(){  

      return orderNumber;     }

  public String getSize(){  

      return size;     }  

  public String getColor(){  

      return color;     }  

  public double getPrice(){

      return price;      }  }

public class CustomTee extends TeeShirt {  

private String slogan;  

public void setSlogan(String slgn) {

slogan = slgn; }

public String getSlogan() {

return slogan;}  }

import java.util.*;

public class DemoTees{

public static void main(String[] args)  {

TeeShirt tee1 = new TeeShirt();

TeeShirt tee2 = new TeeShirt();

CustomTee tee3 = new CustomTee();

CustomTee tee4 = new CustomTee();

tee1.setOrderNumber(100);  

tee1.setSize("XXL");  

tee1.setColor("blue");  

tee2.setOrderNumber(101);

tee2.setSize("S");  

tee2.setColor("gray");  

tee3.setOrderNumber(102);  

tee3.setSize("L");

tee3.setColor("red");  

tee3.setSlogan("Born to have fun");  

tee4.setOrderNumber(104);  

tee4.setSize("XXXL");  

tee4.setColor("black");  

tee4.setSlogan("Wilson for Mayor");  

display(tee1);  

display(tee2);

displayCustomData(tee3);

displayCustomData(tee4);  }  

public static void display(TeeShirt tee) {  

System.out.println("Order #" + tee.getOrderNumber());

System.out.println(" Description: " + tee.getSize() +  " " + tee.getColor());  

System.out.println(" Price: $" + tee.getPrice()); }

public static void displayCustomData(CustomTee tee) {

display(tee);  

System.out.println(" Slogan: " + tee.getSlogan());  } }

See more about JAVA at brainly.com/question/18502436

Answer: D

Explanation: Because if he took the battery out it would not have short circuited.

Answer:

You could have a bug, virus, or you might have been hacked the most I can tell you is try to contact a technician to check it and try to help you. It could also be a problem with your internet, maybe you hit your computer against something and it broke something inside, or it could be a technical glitch. I hop this helps! Good Luck fixing your computer!

Answer:

#include <iostream>

#iclude <iomanip>

#include <algorithm>

using namespace std;

int main(){

int num1, num2, num3,  

int sum, maxDrop, minDrop = 0;

float avg;

string end = "\n";

cout << " Enter the leaf drop for September: ";

cin >> num1 >> endl = end;

cout << "Enter the leaf drop for October: ";

cin >> num2 >> endl = end;

cout << "Enter the leaf drop for November: ";

cin >> num3 >> endl = end;  

int numbers[3] = {num1, num2, num3} ;

string month[3] = { "September", "October", "November"}

for ( int i =0; i < 3; i++) {

 if (numbers[i] < 0) {

   cout << "Error: all leaf counts must be at least zero\n";

   cout << "End of Maple Marvels\n";

   cout << "Welcome to Maple Marvels";

   break;

 } else if (number[i] >= 0 ) {

     sum += number[i] ;  

   }

}

for (int i = 0; i < 3; i++){

 cout << month[i] << " leaf drop: " << numbers[i] << endl = end;

}

cout << "Total drop: " << sum << endl = end;  

cout << setprecision(3) << fixed;

cout << "Average drop: " << sum / 3<< endl = end;

maxDrop = max( num1, num2, num3);

minDrop = min(num1, num2, num3);

int n = sizeof(numbers)/sizeof(numbers[0]);

auto itr = find(number, number + n, maxDrop);

cout << "Highest drop: "<< month[ distance(numbers, itr) ] << endl = end;

auto itr1 = find(number, number + n, minDrop);

cout << "Lowest drop: " << month[ distance(numbers, itr1) ] << endl = end;

cout << "End of Maple Marvels";

Explanation:

The C++ source code above prompts for user input for three integer values of the leaf drop count through the September to November. The total drop, average, minimum and maximum leaf drop is calculated and printed out.

Answer:

online toutoring.

helpful games give mind relaxation.

Answer:

The answer to this question is given below in the explanation section.

Explanation:

The solution to this question is given in the attached word file.  

i = 3

while i  <= 21:

   if i % 3 == 0:

       print(i)

   i += 1

The required program written in python 3 is as follows :

num = 3

#initialize a variable called num to 3

multiples_of_3 = []

#empty list to store all multiples of 3

while num <=21 :

#while loop checks that the range is not exceeded.

if num%3 == 0:

#multiples of 3 have a remainder of 0, when divided by 3.

multiples_of_3.append(num)

#if the number has a remainder of 0, then add the number of the list of multiples

num+=1

#add 1 to proceed to check the next number

print(multiples_of_3)

#print the list

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In python:

number = input("Enter a 10-character phone number: ")

for i in number:

   if i.isalpha():

       if i == "A" or i == "B" or i == "C":

           i = "2"

       elif i == "D" or i == "E" or i == "F":

           i = "3"

       elif i == "G" or i == "H" or i == "I":

           i = "4"

       elif i == "J" or i == "K" or i == "L":

           i = "5"

       elif i == "M" or i == "N" or i == "O":

           i = "6"

       elif i == "P" or i == "Q" or i == "R" or i == "S":

           i = "7"

       elif i == "V" or i == "T" or i == "U":

           i = "8"

       elif i == "W" or i == "X" or i == "Y" or i == "Z":

           i = "9"

   print(i, end="")

I hope this helps!

Code:

def phonenumber():

alpha = ['A','B','C','D','E','F','G','H','I','J','K','L','M','N','O','P','Q','R','S','T','U','V','W','X','Y','Z']

n =[2,2,2,3,3,3,4,4,4,5,5,5,6,6,6,7,7,7,7,8,8,8,9,9,9,9]

phone = input('Enter phone number in format of XXX-XXX-XXXX : ').upper()

index = 0

for index in range(len(phone)):

if phone[index].isalpha():

print (n[alpha.index(phone[index])], end = ' ')

else:

print (phone[index], end = ' ')

phonenumber()

Compilation output is attached below:

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Answer:

its perfect

Explanation:

Answer: .\HelpdeskAdmin

Explanation:

If you wanted to log in as the local administrator then for the Username put a dot (.) and a backslash (\) in front of the Admin username.

The dot(.) will ensure that Windows knows that you are logging into a local computer as the administrator and so will grant you access. The relevant username therefore is, ''.\HelpdeskAdmin''.

I will use  .\HelpdeskAdmin as the username field.

The username-field is known to be a kind of command that is said to specifies the value for the name that shows the characteristics in the login form and it is one that identifies the username field.

Note that the use of the .\HelpdeskAdmin as the username field is the right thing to do as the dot(.) will make sure that the Windows knows that the user is logging into a computer as the administrator.

Learn more about  local administrator from

https://brainly.com/question/14364696

Explanation:

A ready queue is more adequate since in this method the load balancing occurs in a proper way. The goal of multiple processing is the correct distribution of load.

But in the cases when a processor is doing quicker or taking a smaller queue, it will self assign processes allotted for execution, configuring it with a constant busy state.

Answer:

Follows are the code to this question:

def weeklypay(hour_rate,hour ):#defining a method weeklypay that accepts two parameters

   pay=hour_rate* hour#defining variable pay that calculate payable amount

   return pay#return pay value

hour_rate=float(input("Enter your hour rate $: "))#defining variable hour_rate that accepts rate vlue

hour=int(input("Enter total hours: "))#defining hour variable that accepts hour value

print('The total amount you will get $: ',weeklypay(hour_rate,hour))#call method and print return value

Output:

Enter your hour rate $: 300

Enter total hours: 3

The total amount you will get $:  900.0

Explanation:

In the above-given code, a method "weeklypay" is declared, which holds two value "hour_rate and hour" in its parameter, inside a method a "pay" variable is declared, that calculate the total payable amount of the given inputs and return its value.

In the next step, the above variable is used to input the value from the user-end and uses the print method to call the "weeklypay" method and print its return value.

Answer:

DNS

Explanation:

Hope this helps

Answer:

a task and a calendar entry

Explanation:

ITS RIGHT

Answer:

its A) a task and a calendar entry

Explanation:

correct on e2020

In python:

print(steps_walked / 2000)

Answer:

maxSum = FindMax(numA, numB) + FindMax(numY, numZ);

Explanation:

In the statement, maxSum is a double type variable which is assigned the maximum of the two variables numA numB PLUS the maximum of the two variables numY numZ using which are found by calling the FindMax function. The FindMax() method is called twice in this statement one time to find the maximum of numA and numB and one time to find the maximum of numY numZ. When the FindMax() method is called by passing numA and numB as parameters to this method, then method finds if the value of numA is greater than that of numB or vice versa. When the FindMax() method is called by passing numY and numZ as parameters to this method, then method finds if the value of numY is greater than that of numZ or vice versa. The PLUS + sign between the two method calls means that the resultant values returned by the FindMax() for both the calls are added and the result of addition is assigned to maxSum. The screenshot of program along with its output is attached.

Answer:

Follows are the method to this question:

class Invoicing  //defining a class Invoicing  

{

  public static final double Tax = 8.0; //defining static variable Tax that holds a value

  public static double Total;//defining a double variable Total

  public void computeInvoice(double p1)//defining method computeInvoice that take double parameter

  {

      Total = p1 + p1 * (Tax / 100);//defining double variable Total that holds Price value

      System.out.printf("Price $%.2f\n" , Total);//print calculated value

  }

  public void computeInvoice(double p2, int q)//defining method computeInvoice that takes integer and double parameter

  {

      Total = p2 * q;//use Total variable that calculate Price with Tax

      Total = Total + (Total * (Tax/ 100));//calculate taxes on Total

      System.out.printf("Price $%.2f\n" , Total);//print calculated value

  }  

  public void computeInvoice(double p3, int q, double c)//defining method computeInvoice that takes one integer and two-double parameter  

  {

      Total = p3 * q;//use Total to calculate Total price

      Total = Total - c;//remove coupon amount from Total amount

      Total = Total + (Total * (Tax/ 100));//calculate taxes on Total

      System.out.printf("Price $%.2f\n" , Total);//print calculated value

  }

}

public class TestInvoice  //defining Main class TestInvoice  

{

  public static void main(String[] ar)//defining main method  

  {

      Invoicing  obm = new Invoicing ();//creating Invoicing class object obm

      obm.computeInvoice(24.95);//calling method computeInvoice

      obm.computeInvoice(17.5, 4);//calling method computeInvoice

      obm.computeInvoice(10, 6, 20);//calling method computeInvoice

  }

}

Output:

please find attached file.

Explanation:

In the above-given code, a class "Invoicing" is defined, inside the class two static double variable "Total and Tax" is defined, in which the Tax variable holds a value that is "8.0".

In class three same method, "computeInvoice" is used that accepts a different parameter for providing method overloading, which can be defined as follows:

Answer:

Dongle

Explanation:

a small device that connects to a computer and acts as a modem. broadband. internet connection with fast data-transfer speeds and an always-on connection. cable internet service.

Answer:

1. Start

2. Input Name, Jobs, Hours, Code

3. If Code == 'J' then

3.1 Pay = 20.00 * Hours

4. Else if Code == 'C' then

4.1 Pay = 15.00 * Hours

5. Else if Code == 'A' then

5.1 Pay = 10.00 * Hours

6. Output Name, Job, Hours, Pay

Explanation

This line starts the Pseudocode

1. Start

This line gets user inputs

2. Input Name, Jobs, Hours, Code

The following if and else statement determine the pay

3. If Code == 'J' then

3.1 Pay = 20.00 * Hours

4. Else if Code == 'C' then

4.1 Pay = 15.00 * Hours

5. Else if Code == 'A' then

5.1 Pay = 10.00 * Hours

This line prints the required output

6. Output Name, Job, Hours, Pay

since this has already been answered, who is your favorite SMP character?

mines Wilbur/ Ghostbur

some people will disagree with me but jshlatt is one of my favorite characters on the dream smp . But my all time favorite characters is ALL of Wilbur's characters

Answer:

Written in Python

numVal = int(input("Input: "))

for i in range(numVal,0,-1):

    print(i)

print("Ready!")

Explanation:

This line prompts user for numVal

numVal = int(input("Input: "))

This line iterates from numVal to 1

for i in range(numVal,0,-1):

This line prints digits in descending order

    print(i)

This line prints the string "Ready!"

print("Ready!")

Answer: not sentence [3:6]

I hope this helps

Explanation:

Answer:

the clock rate of the first machine need to be 1.7 GHz

Explanation:

Given:

CPI of A = 1.9

CPI of B = 1.1

machine, B executes the same program with 20% less instructions and with a CPI of 1.1 at 800MHz

To find:

In order for the two machines to have the same performance, what does the clock rate of the first machine need to be

Solution:

CPU execution time = Instruction Count * Cycles per Instruction/ clock rate

CPU execution time = (IC * CPI) / clock rate

(IC * CPI) (A) / clock rate(A) =  (IC * CPI)B / clock rate(B)

(IC * 1.9) (A) / clock rate(A) = (IC * (1.1 * (1.0 - 0.20)))(B) / 800 * 10⁶ (B)

Notice that 0.20 is basically from 20% less instructions

(IC * 1.9)  / clock rate = (IC * (1.1 * (1.0 - 0.20))) / 800 * 10⁶

(IC * 1.9)  / clock rate =  (IC*(1.1 * ( 0.8))/800 * 10⁶

(IC * 1.9)  / clock rate =  (IC * 0.88) / 800 * 10⁶

clock rate (A) =  (IC * 1.9) / (IC * 0.88) / 800 * 10⁶

clock rate (A) =  (IC * 1.9) (800 * 10⁶) /  (IC * 0.88)

clock rate (A) = 1.9(800)(1000000)  / 0.88

clock rate (A) =  (1.9)(800000000)  / 0.88

clock rate (A) = 1520000000  / 0.88

clock rate (A) = 1727272727.272727

clock rate (A) = 1.7 GHz

The one that is not a period of the Middle Ages is the High Middle Ages. The correct option is c.

The Middle Ages, which roughly correspond to the years 500 to 1400–1500 BCE, is the term used to describe this time of European history. The phrase was initially used by academics in the 15th century to refer to the time frame between their own era and the dissolution of the Western Roman Empire.

The period between the fall of Imperial Rome and the start of Early Modern Europe is referred to as the “Middle Ages” for this reason. The reason the Middle Ages are known as the Dark Ages is that life was hard and brief in Europe, and contrasted with the orderliness of classical antiquity.

The time period in European history from roughly 500 AD to 1500 AD. This time period's early years are commonly referred to as the Dark Ages.

Therefore, the correct option is c, High Middle Ages.

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Answer:

no

Explanation:

mabey yes

database = ([[]])

while True:

   first_name = input("Enter the student's first name: ")

   if first_name == "0":

       while True:

           search = input("Enter a student ID number to find a specific student: ")

           if [] in database:

               database.pop(0)

           if search == "0":

               exit()

           k = 0

           for w in database:

               for i in database:

                   if i[2] == search:

                       print("ID number: {} yields student: {} {}".format(i[2], i[0], i[1]))

                       search = 0

   last_name = input("Enter the student's last name: ")

   id_number = input("Enter the student's ID number: ")

   database.append([first_name, last_name, id_number])

I hope this helps!

The code will print out 3 4 5

Answer choice D is correct.

The output that would be produced for the given values of n is 3 4 5. The correct option is D.

Codes Program is a free developer platform where programmers can learn and share their knowledge. It is regarded as the simplest application development method, and it is frequently used as the standard (method).

Fixing code well into the software program because they discovered an error while composing the program, then he will modify the program, and then they will fix it again.

Less formally, code refers to text written for markup or styling languages such as HTML and CSS (Cascading Style Sheets). Good code is written in such a way that it is readable, understandable, covered by automated tests, not overly complicated, and does the job well."

Therefore, the correct option is D. 3 4 5.

To learn more about codes, refer to the below link:

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